def testUnion(self):
r1 = ResultSet(DocidList((2, 3, 4)), ('foo', 'bar'))
rs = unionResultSets((r1, ))
self._check(rs, (2, 3, 4), ('foo', 'bar'))
r1 = ResultSet(DocidList((2, 3, 4)), ('foo', 'bar'))
r2 = ResultSet(DocidList((3, 4, 5)), ('dummy', 'bar'))
rs = unionResultSets((r1, r2))
rs2 = unionResultSets((r2, r1))
self._check(rs, (2, 3, 4, 5), ('foo', 'bar', 'dummy'))
self._check(rs2, (2, 3, 4, 5), ('foo', 'bar', 'dummy'))
r1 = ResultSet(DocidList((2, 3, 4)), ('foo', 'bar'))
r2 = ResultSet(DocidList(), ())
rs = unionResultSets((r1, r2))
rs2 = unionResultSets((r2, r1))
self._check(rs, (2, 3, 4), ('foo', 'bar'))
self._check(rs2, (2, 3, 4), ('foo', 'bar'))
r1 = ResultSet(DocidList(), ())
r2 = ResultSet(DocidList((2, 3, 4)), ('foo', 'bar'))
rs = unionResultSets((r1, r2))
rs2 = unionResultSets((r2, r1))
self._check(rs, (2, 3, 4), ('foo', 'bar'))
self._check(rs2, (2, 3, 4), ('foo', 'bar'))
r1 = ResultSet(DocidList(), ())
r2 = ResultSet(DocidList((2, 3, 4)), ('foo', 'bar'))
r3 = ResultSet(DocidList((2, 3, 4)), ('foo', 'bar'))
rs = unionResultSets((r1, r2, r3))
rs2 = unionResultSets((r3, r1, r2))
self._check(rs, (2, 3, 4), ('foo', 'bar'))
self._check(rs2, (2, 3, 4), ('foo', 'bar'))
def testRanking(self):
r = ResultSet(DocidList((2,3)), (('foo', 5),))
called = []
result = object()
def ranking_function(*args):
called.append(args)
return result
index = Index()
r.ranking(ranking_function, index)
self.assertEquals(1, len(called))
self.assertEquals(
(index, r, config.DEFAULT_LANGUAGE, 50), called[0])
self.assertEquals(result, r.ranked_results)
def testRanking(self):
r = ResultSet(DocidList((2, 3)), (('foo', 5), ))
called = []
result = object()
def ranking_function(*args):
called.append(args)
return result
index = Index()
r.ranking(ranking_function, index)
self.assertEquals(1, len(called))
self.assertEquals((index, r, config.DEFAULT_LANGUAGE, 50), called[0])
self.assertEquals(result, r.ranked_results)
def testInverse(self):
all_docids = range(10)
r = ResultSet(DocidList((2, 3)), ('foo', ))
rs = inverseResultSet(all_docids, r)
self._check(rs, (0, 1, 4, 5, 6, 7, 8, 9), ('foo', ))
r = ResultSet(DocidList((4, 3, 2)), ('foo', ))
rs = inverseResultSet(all_docids, r)
self._check(rs, (0, 1, 5, 6, 7, 8, 9), ('foo', ))
r = ResultSet(DocidList(), ('foo', ))
rs = inverseResultSet(all_docids, r)
self._check(rs, all_docids, ('foo', ))
r = ResultSet(DocidList(all_docids), ('foo', ))
rs = inverseResultSet(all_docids, r)
self._check(rs, (), ('foo', ))
def testIntersection(self):
rs = intersectionResultSets(())
self._check(rs, (), ())
r1 = ResultSet(DocidList((2, 3, 4)), ('foo', 'bar'))
rs = intersectionResultSets((r1, ))
self._check(rs, (2, 3, 4), ('foo', 'bar'))
r1 = ResultSet(DocidList((2, 3, 4)), ('foo', 'bar'))
r2 = ResultSet(DocidList((4, 5, 6)), ('foo', 'buzz'))
rs = intersectionResultSets((r1, r2))
rs2 = intersectionResultSets((r2, r1))
self._check(rs, (4, ), ('foo', 'bar', 'buzz'))
self._check(rs2, (4, ), ('foo', 'bar', 'buzz'))
r1 = ResultSet(DocidList((2, 3, 4)), ('foo', 'bar'))
r2 = ResultSet(DocidList(), ())
rs = intersectionResultSets((r1, r2))
rs2 = intersectionResultSets((r2, r1))
self._check(rs, (), ('foo', 'bar'))
self._check(rs2, (), ('foo', 'bar'))
r2 = ResultSet(DocidList(), ())
r1 = ResultSet(DocidList((2, 3, 4)), ('foo', 'bar'))
rs = intersectionResultSets((r1, r2))
rs2 = intersectionResultSets((r2, r1))
self._check(rs, (), ('foo', 'bar'))
self._check(rs2, (), ('foo', 'bar'))
r1 = ResultSet(DocidList((2, 3, 4, 5)), ('foo', 'bar'))
r2 = ResultSet(DocidList((4, 5, 6)), ('foo', 'buzz'))
r3 = ResultSet(DocidList((1, 3, 4, 5)), ('a1', 'a2'))
rs = intersectionResultSets((r1, r2, r3))
rs2 = intersectionResultSets((r3, r2, r1))
rs3 = intersectionResultSets((r3, r1, r2))
self._check(rs, (4, 5), ('foo', 'bar', 'buzz', 'a1', 'a2'))
self._check(rs2, (4, 5), ('foo', 'bar', 'buzz', 'a1', 'a2'))
self._check(rs3, (4, 5), ('foo', 'bar', 'buzz', 'a1', 'a2'))
def testBBBCosineRanking(self):
r = ResultSet(DocidList((2,3)), (('foo', 5),))
index = Index()
r.cosine_ranking(index)
def testBBBCosineRanking(self):
r = ResultSet(DocidList((2, 3)), (('foo', 5), ))
index = Index()
r.cosine_ranking(index)
def dummysearch(query, **kw):
return ResultSet((query, kw), None)
